protected override void ProcessRecord()
{
string Name = _dictionary[PARAM_Name].Value as string;
List <InterfaceConfig> icList = new List <InterfaceConfig>();
if (string.IsNullOrEmpty(Name))
{
foreach (ManagementObject mo in new ManagementClass("Win32_NetworkAdapter").
GetInstances().
OfType <ManagementObject>().
Where(x => x["NetConnectionID"] != null))
{
icList.Add(InterfaceConfig.Load(mo["NetConnectionID"] as string));
}
}
else
{
icList.Add(InterfaceConfig.Load(Name));
}
WriteObject(icList, true);
_interfaceNames = null;
}
protected override void ProcessRecord()
{
List <InterfaceConfig> icList = new List <InterfaceConfig>();
foreach (ManagementObject mo in new ManagementClass("Win32_NetworkAdapter").GetInstances())
{
if (IsPhysicalInterface(mo))
{
icList.Add(InterfaceConfig.Load(mo["NetConnectionID"] as string));
}
}
WriteObject(icList);
}
private Configuration(string path = "")
{
mbase_path = (string.IsNullOrEmpty(path)) ? Mobile.GetPath() : path;
device = "PC";
Config config = new Config();
mtuTypes = config.GetMtu(Path.Combine(mbase_path, XML_MTUS));
meterTypes = config.GetMeters(Path.Combine(mbase_path, XML_METERS));
global = config.GetGlobal(Path.Combine(mbase_path, XML_GLOBAL));
interfaces = config.GetInterfaces(Path.Combine(mbase_path, XML_INTERFACE));
alarms = config.GetAlarms(Path.Combine(mbase_path, XML_ALARMS));
demands = config.GetDemandConf(Path.Combine(mbase_path, XML_DEMANDS));
users = config.GetUsers(Path.Combine(mbase_path, XML_USERS)).List;
errors = config.GetErrors(Path.Combine(mbase_path, XML_ERRORS)).List;
}
private void ReadEnvironmentAsync()
{
Task.Run(() =>
{
try
{
_environmentConfig = GlobalData.Instance.AggregatedConfig.InterfaceTypes;
IsTestEnvChecked = GlobalData.Instance.AggregatedConfig.InterfaceType == InterfaceTypeStrings.Internal;
IsFormalEnvChecked = !IsTestEnvChecked;
}
catch (Exception ex)
{
Log.Logger.Error($"【read environment config exception】：{ex}");
}
});
}
private static Interface GetInterfaceBytMtuId(Mtu mtu)
{
Configuration config = Singleton.Get.Configuration;
InterfaceConfig xmlInterfaces = config.interfaces;
bool meterIdIsNumeric;
List <string> portTypes = mtu.Ports[0].GetPortTypes(out meterIdIsNumeric);
int interfaceIndex;
// Gas MTUs of family 33xx should use family 31xx32xx memorymap
if (mtu.IsFamilly33xx &&
mtu.Port1.IsForPulse &&
(mtu.Ports[0].Type.Contains("M") ||
mtu.Ports[0].Type.Contains("R") ||
(meterIdIsNumeric &&
config.getMeterTypeById(int.Parse(portTypes[0])).IsForGas)))
{
interfaceIndex = 1; // Family 31xx32xx
}
else
{
MtuInterface iInfoMtu = xmlInterfaces.MtuInterfaces.Find(x => x.Id == mtu.Id);
if (iInfoMtu == null)
{
throw new InterfaceNotFoundException_Internal();
}
else
{
interfaceIndex = iInfoMtu.Interface;
}
}
Interface iInfo = xmlInterfaces.Interfaces.Find(x => x.Id == interfaceIndex);
if (iInfo == null)
{
throw new InterfaceNotFoundException_Internal();
}
InterfaceConfig.currentIndexType = interfaceIndex;
return(iInfo);
}
public PolicyConfig LoadDefaults()
{
ClassConfig.LoadDefaults();
StructConfig.LoadDefaults();
InterfaceConfig.LoadDefaults();
DelegateConfig.LoadDefaults();
MethodConfig.LoadDefaults();
EventConfig.LoadDefaults();
FieldConfig.LoadDefaults();
PropertyConfig.LoadDefaults();
EnumConfig.LoadDefaults();
SkipMerges = true;
SkipBranches = true;
SkipRollbacks = true;
SkipUndeletes = true;
return(this);
}
void InitScanner()
{
if (emdkManager != null)
{
if (barcodeManager == null)
{
try
{
//Get the feature object such as BarcodeManager object for accessing the feature.
barcodeManager = (BarcodeManager)emdkManager.GetInstance(EMDKManager.FEATURE_TYPE.Barcode);
scanner = barcodeManager.GetDevice(BarcodeManager.DeviceIdentifier.Default);
if (scanner != null)
{
//EMDK: Configure the scanner settings
/*ScannerConfig config = scanner.GetConfig();
* config.SkipOnUnsupported = ScannerConfig.SkipOnUnSupported.None;
* config.ScanParams.DecodeLEDFeedback = true;
* config.ReaderParams.ReaderSpecific.ImagerSpecific.PickList = ScannerConfig.PickList.Enabled;
* config.DecoderParams.Code39.Enabled = true;
* config.DecoderParams.Code128.Enabled = false;
* scanner.SetConfig(config); */
InterfaceConfig t = scanner.GetInterfaceConfig();
t.DisplayBluetoothAddressBarcode = true;
}
else
{
//TODO log status here
}
}
catch (ScannerException e)
{
//TODO log error here
}
catch (Exception ex)
{
//TODO log error here
}
}
}
}
private static Interface GetInterfaceBytMtuId(Mtu mtu)
{
Configuration config = Configuration.GetInstance();
InterfaceConfig xmlInterfaces = config.interfaces;
bool meterIdIsNumeric;
List <string> portTypes = mtu.Ports[0].GetPortTypes(out meterIdIsNumeric);
int interfaceIndex;
// Gas MTUs of family 33xx should use family 31xx32xx memorymap
if (!mtu.Ecoder &&
(mtu.Ports[0].Type.Contains("M") ||
mtu.Ports[0].Type.Contains("R") ||
(meterIdIsNumeric && config.getMeterTypeById(int.Parse(portTypes[0])).Utility.ToLower().Equals("gas"))))
{
interfaceIndex = 1; // Family 31xx32xx
}
else
{
MtuInterface iInfoMtu = xmlInterfaces.MtuInterfaces.Find(x => x.Id == mtu.Id);
if (iInfoMtu == null)
{
throw new MtuNotFoundException("Mtu not found");
}
else
{
interfaceIndex = iInfoMtu.Interface;
}
}
Interface iInfo = xmlInterfaces.Interfaces.Find(x => x.Id == interfaceIndex);
if (iInfo == null)
{
throw new InterfaceNotFoundException("Meter not found");
}
return(iInfo);
}
public void ToggleRuleActivation(bool activate, bool recursive = true)
{
SkipMerges = activate;
SkipBranches = activate;
SkipRollbacks = activate;
SkipUndeletes = activate;
if (!recursive)
{
return;
}
ClassConfig.ToggleRuleActivation(activate);
StructConfig.ToggleRuleActivation(activate);
InterfaceConfig.ToggleRuleActivation(activate);
DelegateConfig.ToggleRuleActivation(activate);
MethodConfig.ToggleRuleActivation(activate);
EventConfig.ToggleRuleActivation(activate);
FieldConfig.ToggleRuleActivation(activate);
PropertyConfig.ToggleRuleActivation(activate);
EnumConfig.ToggleRuleActivation(activate);
}
private static void LoadConfig()
{
string configPath = Path.Combine(Paths.ConfigDirectoryPath, "Interface.toml");
var tomlSettings = TomlSettings.Create(builder => builder
.ConfigureType <Version>(type => type
.WithConversionFor <TomlString>(convert => convert
.ToToml(tt => tt.ToString())
.FromToml(ft => Version.Parse(ft.Value)))));
var oldConfig = File.Exists(configPath) ? Toml.ReadFile <InterfaceConfig>(configPath, tomlSettings) : null;
var version = oldConfig?.Version ?? AmoebaEnvironment.Version;
var communication = oldConfig?.Communication ?? CreateDefaultCommunicationConfig();
Toml.WriteFile(new InterfaceConfig(AmoebaEnvironment.Version, communication), configPath, tomlSettings);
Config = new InterfaceConfig(version, communication);
InterfaceConfig.CommunicationConfig CreateDefaultCommunicationConfig()
{
return(new InterfaceConfig.CommunicationConfig("tcp:127.0.0.1:4040"));
}
}
private Configuration(string path = "", bool avoidXmlError = false)
{
string configPath = Mobile.ConfigPath;
device = "PC";
try
{
// Load configuration files ( xml's )
mtuTypes = Utils.DeserializeXml <MtuTypes> (Path.Combine(configPath, XML_MTUS));
meterTypes = Utils.DeserializeXml <MeterTypes> (Path.Combine(configPath, XML_METERS));
Global = Utils.DeserializeXml <Global> (Path.Combine(configPath, XML_GLOBAL));
alarms = Utils.DeserializeXml <AlarmList> (Path.Combine(configPath, XML_ALARMS));
demands = Utils.DeserializeXml <DemandConf> (Path.Combine(configPath, XML_DEMANDS));
users = Utils.DeserializeXml <UserList> (Path.Combine(configPath, XML_USERS)).List;
interfaces = Utils.DeserializeXml <InterfaceConfig> (XML_INTERFACE, true); // From resources
// Preload port types, because some ports use a letter but other a list of Meter IDs
// Done here because Xml project has no reference to MTUComm ( cross references )
List <string> portTypes;
foreach (Mtu mtu in mtuTypes.Mtus)
{
foreach (Port port in mtu.Ports)
{
bool isNumeric = MeterAux.GetPortTypes(port.Type, out portTypes);
if (!isNumeric)
{
port.TypeString = portTypes[0];
}
else
{
port.TypeString = meterTypes.FindByMterId(int.Parse(portTypes[0])).Type;
}
Utils.Print("MTU " + mtu.Id + ": Type " + port.TypeString);
}
}
// Regenerate certificate from base64 string
Mobile.configData.GenerateCert();
//Mobile.configData.LoadCertFromKeychain ();
// Check global min date allowed
if (!string.IsNullOrEmpty(Global.MinDate) &&
DateTime.Compare(DateTime.ParseExact(Global.MinDate, "MM/dd/yyyy", null), DateTime.Today) < 0)
{
throw new DeviceMinDateAllowedException();
}
}
catch (Exception e)
{
if (!avoidXmlError)
{
if (Errors.IsOwnException(e))
{
throw e;
}
else if (e is FileNotFoundException)
{
throw new ConfigurationFilesNotFoundException();
}
else
{
throw new ConfigurationFilesCorruptedException();
}
}
}
}
public InterfaceController(InterfaceMaster interfaceMaster, InterfaceConfig interfaceConfig, InterfaceData interfaceData)
{
this.interfaceMaster = interfaceMaster;
this.interfaceConfig = interfaceConfig;
this.interfaceData = interfaceData;
}
